DPM for Smith & Wesson M&P Standard 4.25″ & M2.0

About the DPM Smith & Wesson M&P Standard 4.25″ & M2.0 :

Will Fit:  DPM for Smith & Wesson M&P Standard 4.25″ & M2.0
DPM for DPM for Smith & Wesson M&P Standard 4.25″ & M2.0 Recoil Spring Assembly Instructions

 This hi-end tech DPM Telescopic Recoil System is a direct replacement for the stock recoil rod and does not change the configuration of the pistol. As always, DPM products are designed and developed with user’s safety as a priority. Exceptional manufacturing and engineering using high-end materials.

Because the system is an interior modification of your pistol it will not change the external dimensions of the handgun, therefore there is no for a new holster, sights or any other accessory you own. 

The Smith & Wesson M&P Standard 4.25″ & M2.0 recoil spring system works due to its multi spring rod design (three springs) by producing an advanced recoil reduction technique by gradually slowing the slide down before impacting the frame of the pistol using Spring No. 1 (see fig. below) and Spring No. 2. The third spring (Spring No. 3) which is contained within the rod itself controls the movement of the slide so it never rams on the frame.

Power Rates

• Slide on the Battery: 4.5Kgs / 10Lbs
• Slide full open position: 10Kg / 22Lbs approx.

Overall Advantages

• Faster follow up shots
• Improved firing speed
• Slide and Frame Protection
• Elimination of jams
• Significant recoil reduction
• Better double-tap concentration
• Better control and greater accuracy

B.O.S.S: Black Oxide Stainless Steel  its an innovative coating technology applied usualy on the visible parts of the recoil system.

The system includes:

1x DPM Recoil Spring Rod
1x External springs.

This recoil springs are a direct replacement for the stock recoil rod and does not change the configuration of the pistol.

The external springs are different in length with the longer offering heavier slide travel and locking than the shorter spring.

*Dimensions of the spring are the same as the original.